Anti-vibration mounting for shock-or vibration-producing machinery
AssigneeGorkovsky Politekhnichesky Institut
InventorValery P. Koshelev
Life of this patent
Estimating the term…
Abstract
An anti-vibration mounting for shock-or-vibration producing machinery, having leaf springs (1) whose straps (3) fit into recesses (6) of a bed plate (4) of the machine and ends (7) of every leaf spring (1) rest on a separate support (9) at a height H above a foundation (11) which is decided by the condition H>2(h+.delta.), where h=depth of the recess (6) for the strap (3) of the leaf spring (1) in the bed plate (4) of the machine; and .delta.=static deflection of the leaf spring (1).
Claims5
An anti-vibration mounting for shock or vibration-producing machinery, comprising leaf springs (1) formed of a plurality of individual spring members (2) secured to each other by straps (3), said strap members adapted to be received within recesses (6) of a base (4) of a machine, said springs having ends (7);
- supports (9,14) at each end of said leaf springs (1) placed on a foundation (11) for supporting said ends (7) of said leaf springs (1), characterized in that said ends (7) of each leaf spring (1) rest on a separate one of said supports (9, 14) at a height H above the foundation (11) which is determined by the condition
- H>2(h+.delta.),
- where
- h=depth to which the strap (3) of the leaf spring (1) fits into the base of the machine;
- and
- .delta.=static deflection of the leaf spring (1).
A forging hammer, an anvil block of which rests on an anti-vibration mounting, characterized in that the anti-vibration mounting and a portion of the anvil block (5) are immersed into a fluid, wherein the anti-vibration mounting comprises leaf springs (1) formed of a plurality of individual spring members (2) secured to each other by straps (3) adapted to be received within recesses (6) of a base (4) of a machine, said springs having ends (7);
- supports (9,14) at each end of said leaf springs (1) placed on a foundation (11) for supporting said ends (7) of said leaf springs (1), characterized in that said ends (7) of each leaf spring (1) rests on a separate one of said supports (9,14) at a height H above the foundation (11) which is determined by the condition
- H>2(h+.delta.)
- where
- h=depth to which the trap (3) of the leaf spring (1) fits into the base of the machine;
- and
- .delta.=static deflction of the leaf spring (1).
Dependencies are inferred from the claim text.